//-----------------------------------------------
// Build
//
//-----------------------------------------------
bool CSheetId::buildSheetId(const std::string& sheetName)
{
nlassert(_Initialised);
// When no sheet_id.bin is loaded, use dynamically assigned IDs.
if (_DontHaveSheetKnowledge)
{
std::string sheetNameLc = toLower(sheetName);
std::map<std::string, uint32>::iterator it = _DevSheetNameToId.find(sheetNameLc);
if (it == _DevSheetNameToId.end())
{
// Create a new dynamic sheet ID.
// nldebug("SHEETID: Creating a dynamic sheet id for '%s'", sheetName.c_str());
std::string sheetType = CFile::getExtension(sheetNameLc);
std::string sheetName = CFile::getFilenameWithoutExtension(sheetNameLc);
std::map<std::string, uint32>::iterator tit = _DevTypeNameToId.find(sheetType);
uint32 typeId;
if (tit == _DevTypeNameToId.end())
{
_FileExtensions.push_back(sheetType);
_DevSheetIdToName.push_back(std::vector<std::string>());
typeId = (uint32)_FileExtensions.size() - 1;
_DevTypeNameToId[sheetType] = typeId;
std::string unknownNewType = std::string("unknown." + sheetType);
_DevSheetIdToName[typeId].push_back(unknownNewType);
_Id.IdInfos.Type = typeId;
_Id.IdInfos.Id = _DevSheetIdToName[typeId].size() - 1;
_DevSheetNameToId[unknownNewType] = _Id.Id;
if (sheetName == "unknown")
return true; // Return with the unknown sheet id of this type
}
else
{
typeId = tit->second;
_Id.IdInfos.Type = typeId;
}
// Add a new sheet name to the type
_DevSheetIdToName[typeId].push_back(sheetNameLc);
_Id.IdInfos.Id = _DevSheetIdToName[typeId].size() - 1;
// nldebug("SHEETID: Type %i, id %i, sheetid %i", _Id.IdInfos.Type, _Id.IdInfos.Id, _Id.Id);
_DevSheetNameToId[sheetNameLc] = _Id.Id;
return true;
}
_Id.Id = it->second;
return true;
}
// try looking up the sheet name in _SheetNameToId
CStaticMap<CChar,uint32,CCharComp>::const_iterator itId;
CChar c;
c.Ptr = new char [sheetName.size()+1];
strcpy(c.Ptr, sheetName.c_str());
toLower(c.Ptr);
itId = _SheetNameToId.find (c);
delete [] c.Ptr;
if( itId != _SheetNameToId.end() )
{
_Id.Id = itId->second;
#ifdef NL_DEBUG_SHEET_ID
// store debug info
_DebugSheetName = itId->first.Ptr;
#endif
return true;
}
// we failed to find the sheet name in the sheetname map so see if the string is numeric
if (sheetName.size()>1 && sheetName[0]=='#')
{
uint32 numericId;
NLMISC::fromString((const char*)(sheetName.c_str()+1), numericId);
if (NLMISC::toString("#%u",numericId)==sheetName)
{
_Id.Id= numericId;
return true;
}
}
#ifdef NL_TEMP_YUBO_NO_SOUND_SHEET_ID
if (a_NoSoundSheetId && sheetName.find(".sound") != std::string::npos)
{
std::string sheetNameLc = toLower(sheetName);
std::map<std::string, uint32>::iterator it = _DevSheetNameToId.find(sheetNameLc);
if (it == _DevSheetNameToId.end())
{
// nldebug("SHEETID: Creating a temporary sheet id for '%s'", sheetName.c_str());
_DevSheetIdToName[0].push_back(sheetName);
_Id.IdInfos.Type = a_NoSoundSheetType;
_Id.IdInfos.Id = _DevSheetIdToName[0].size() - 1;
_DevSheetNameToId[sheetNameLc] = _Id.Id;
return true;
}
_Id.Id = it->second;
return true;
}
#endif
return false;
}
// ***************************************************************************
void CVegetableBlendLayerModel::render(IDriver *driver)
{
H_AUTO( NL3D_Vegetable_Render );
nlassert(VegetableManager);
if(SortBlocks.size()==0)
return;
// Setup VegetableManager renderState (like pre-setuped material)
//==================
VegetableManager->setupRenderStateForBlendLayerModel(driver);
// Render SortBlocks of this layer
//==================
uint rdrPass= NL3D_VEGETABLE_RDRPASS_UNLIT_2SIDED_ZSORT;
// first time, activate the hard VB.
bool precVBHardMode= true;
CVegetableVBAllocator *vbAllocator= &VegetableManager->getVBAllocatorForRdrPassAndVBHardMode(rdrPass, 1);
vbAllocator->activate();
// profile
CPrimitiveProfile ppIn, ppOut;
driver->profileRenderedPrimitives(ppIn, ppOut);
uint precNTriRdr= ppOut.NTriangles;
// render from back to front the list setuped in CVegetableManager::render()
for(uint i=0; i<SortBlocks.size();i++)
{
CVegetableSortBlock *ptrSortBlock= SortBlocks[i];
// change of VertexBuffer (soft / hard) if needed.
if(ptrSortBlock->ZSortHardMode != precVBHardMode)
{
// setup new VB for hardMode.
CVegetableVBAllocator *vbAllocator= &VegetableManager->getVBAllocatorForRdrPassAndVBHardMode(rdrPass, ptrSortBlock->ZSortHardMode);
vbAllocator->activate();
// prec.
precVBHardMode= ptrSortBlock->ZSortHardMode;
}
// render him. we are sure that size > 0, because tested before.
driver->activeIndexBuffer(ptrSortBlock->_SortedTriangleArray);
#ifdef NL_DEBUG
if (ptrSortBlock->ZSortHardMode)
{
nlassert(ptrSortBlock->_SortedTriangleArray.getFormat() == CIndexBuffer::Indices16);
}
else
{
nlassert(ptrSortBlock->_SortedTriangleArray.getFormat() == CIndexBuffer::Indices32);
}
#endif
driver->renderSimpleTriangles(
ptrSortBlock->_SortedTriangleIndices[ptrSortBlock->_QuadrantId],
ptrSortBlock->_NTriangles);
}
// add number of triangles rendered with vegetable manager.
driver->profileRenderedPrimitives(ppIn, ppOut);
VegetableManager->_NumVegetableFaceRendered+= ppOut.NTriangles-precNTriRdr;
// refresh list now!
// We must do it here, because if CVegetableManager::render() is no more called (eg: disabled),
// then the blend layers models must do nothing.
SortBlocks.clear();
// Reset RenderState.
//==================
VegetableManager->exitRenderStateForBlendLayerModel(driver);
}
void IProgressCallback::pushCropedValues (float min, float max)
{
nlassert (_CropedValues.size ()>0);
//const CCropedValues &values = _CropedValues.back ();
_CropedValues.push_back (CCropedValues (getCropedValue (min), getCropedValue (max)));
}
void IProgressCallback::popCropedValues ()
{
nlassert (_CropedValues.size ()>1);
_CropedValues.pop_back ();
}
//*********************************************************************************************************
void CInstanceMapDeco::onUpdate(CGroupMap &groupMap)
{
//H_AUTO(R2_CInstanceMapDeco_onUpdate)
if (!_Active) return;
nlassert(_Instance);
_GlowStarActive = false;
if (!_Main || !_Over || !_OverInvalid) return;
sint32 x;
sint32 y;
CVector2f worldPos = getWorldPos();
// if not in current map then don't disply anything
CIslandCollision &col = getEditor().getIslandCollision();
R2::CScenarioEntryPoints::CCompleteIsland *currIsland = col.getCurrIslandDesc();
if (currIsland)
{
if (!currIsland->isIn(worldPos))
{
setActive(false);
return;
}
}
groupMap.worldToWindowSnapped(x, y, getWorldPos());
_Main->setX(x);
_Main->setY(y);
CDisplayerVisual *vd = _Instance->getDisplayerVisual();
if (!vd)
{
_Over->setActive(false);
_OverInvalid->setActive(false);
return;
}
//
bool closeView = _CloseTexture.empty() ? false : groupMap.getMeterPerPixel() < CV_MapEntityCloseDist.get();
//
bool selected = vd->getDisplayFlag(CDisplayerVisual::FlagSelected);
bool hasFocus = vd->getDisplayFlag(CDisplayerVisual::FlagHasFocus);
//
setTextureAndFit(closeView ? _CloseTexture : CV_MapEntitySmallTexture.get());
_Main->setColor((selected && ! closeView) ? CV_MapEntitySelectColor.get() : vd->getDisplayModeColorInMap()); // if small icon, then change the icon color directly, because no over will be displayed
//
if (selected || hasFocus)
{
// if the selection is out of the window, then draw an arrow to locate it
const CVector2f &wmin = groupMap.getVisibleWorldMin();
const CVector2f &wmax = groupMap.getVisibleWorldMax();
if (worldPos.x < wmin.x || worldPos.x > wmax.x ||
worldPos.y < wmin.y || worldPos.y > wmax.y)
{
// OUT OF VISIBLE REGION CASE
_Over->setActive(true);
_Over->setColorRGBA(selected ? CV_MapEntitySelectColor.get() : CV_MapEntityHighlightColor.get());
// out of the visible portion, so draw an arrow instead
_Over->setTexture(CV_MapEntityFarTexture.get());
// snap position to inner visible world rect
CVector2f m = 0.5f * (wmin + wmax);
CVector2f dir = worldPos - m;
CVector2f inter;
float d0;
float d1;
if (dir.x > 0.f)
{
d0 = (wmax.x - m.x) / dir.x;
if (dir.y > 0.f)
{
d1 = (wmax.y - m.y) / dir.y;
inter = m + std::min(d0, d1) * dir;
}
else if (dir.y < 0.f)
{
d1 = (wmin.y - m.y) / dir.y;
inter = m + std::min(d0, d1) * dir;
}
else
{
inter.set(wmax.x, m.y);
}
}
else if (dir.x < 0.f)
{
d0 = (wmin.x - m.x) / dir.x;
if (dir.y > 0.f)
{
d1 = (wmax.y - m.y) / dir.y;
inter = m + std::min(d0, d1) * dir;
}
else if (dir.y < 0.f)
{
d1 = (wmin.y - m.y) / dir.y;
inter = m + std::min(d0, d1) * dir;
}
else
{
inter.set(wmin.x, m.y);
}
}
else
{
if (dir.y > 0.f)
{
inter.set(m.x, wmax.y);
}
else if (dir.y < 0.f)
{
inter.set(m.x, wmin.y);
}
else
{
inter = m;
}
}
float size = CV_MapEntityFarArrowSize.get();
// TMP TMP
size = size;
float bias = 1.f;
dir.normalize();
CVector2f winInter;
groupMap.worldToWindow(winInter, inter);
_Over->setRenderLayer(3);
_Over->setQuad(winInter - (size + bias) * dir, winInter - bias * dir, 0.5f * size);
//
if (_GlowStar[0])
{
sint32 screenInterX, screenInterY;
groupMap.windowToScreen(screenInterX, screenInterY, (sint32) winInter.x, (sint32) winInter.y);
sint32 refCornerX, refCornerY;
_GlowStar[0]->getParent()->getCorner(refCornerX, refCornerY, Hotspot_BL);
_GlowStarPos.set((float) (screenInterX - refCornerX), (float) (screenInterY - refCornerY), 0.f);
_GlowStarActive = true;
}
}
else
{
// VISIBLE CASE
_GlowStar[0]->setActive(false);
_GlowStar[1]->setActive(false);
if (closeView || hasFocus)
{
_Over->setActive(true);
if (!closeView)
{
_Over->setColorRGBA(CV_MapEntitySelectColor.get());
}
else
{
_Over->setColorRGBA(selected ? CV_MapEntitySelectColor.get() : CV_MapEntityHighlightColor.get());
}
const std::string &tex = closeView ? CV_MapEntitySelectTexture.get() : CV_MapEntitySmallHighlightTexture.get();
_Over->setTexture(tex);
_Over->setRenderLayer(2);
_Over->setQuad(tex, CVector((float) x, (float) y, 0.f));
}
else
{
_Over->setActive(false);
}
}
}
else
{
// no focus
_Over->setActive(false);
_GlowStar[0]->setActive(false);
_GlowStar[1]->setActive(false);
}
// update 'quad that signal invalid pos'
if (_OverInvalid->getActive())
{
const std::string &tex = closeView ? CV_MapEntityInvalidTexture.get() : CV_MapEntityInvalidTextureSmall.get();
_OverInvalid->setTexture(tex);
_OverInvalid->setQuad(tex, CVector((float) x, (float) y, 0.f));
}
}
float IProgressCallback::getCropedValue (float value) const
{
nlassert (_CropedValues.size ()>0);
const CCropedValues &values = _CropedValues.back ();
return value*(values.Max-values.Min)+values.Min;
}
CTransformShape *CScene::createInstance(const string &shapeName)
{
// We must attach a bank to the scene (a ShapeBank handle the shape caches and
// the creation/deletion of the instances)
nlassert( _ShapeBank != NULL );
// If the shape is not present in the bank
if (_ShapeBank->getPresentState( shapeName ) != CShapeBank::Present)
{
// Load it from file
_ShapeBank->load( shapeName );
if (_ShapeBank->getPresentState( shapeName ) != CShapeBank::Present)
{
return NULL;
}
}
// Then create a reference to the shape
CTransformShape *pTShp = _ShapeBank->addRef( shapeName )->createInstance(*this);
if (pTShp) pTShp->setDistMax(pTShp->Shape->getDistMax());
// Look if this instance get lightmap information
#if defined(__GNUC__) && __GNUC__ < 3
CMeshBase *pMB = (CMeshBase*)((IShape*)(pTShp->Shape));
#else // not GNUC
CMeshBase *pMB = dynamic_cast<CMeshBase*>((IShape*)(pTShp->Shape));
#endif // not GNUC
CMeshBaseInstance *pMBI = dynamic_cast<CMeshBaseInstance*>( pTShp );
if( ( pMB != NULL ) && ( pMBI != NULL ) )
{
// Init lightmap information
pMBI->initAnimatedLightIndex (*this);
// Auto animations
//==========================
if (_AutomaticAnimationSet)
{
if (pMB->getAutoAnim())
{
std::string animName = toLower(CFile::getFilenameWithoutExtension(shapeName));
uint animID = _AutomaticAnimationSet->getAnimationIdByName(animName);
if (animID != CAnimationSet::NotFound)
{
CChannelMixer *chanMix = new CChannelMixer;
chanMix->setAnimationSet((CAnimationSet *) _AutomaticAnimationSet);
chanMix->setSlotAnimation(0, animID);
pMBI->registerToChannelMixer(chanMix, "");
// Gives this object ownership of the channel mixer so we don't need to keep track of it
pMBI->setChannelMixerOwnerShip(true);
}
}
}
}
CLandscapeModel *pLM = dynamic_cast<CLandscapeModel*>( pTShp );
if( pLM != NULL )
{
// Init lightmap information
pLM->Landscape.initAnimatedLightIndex (*this);
}
return pTShp;
}
// *********************************************************************************************************
void CDisplayerVisualActivitySequence::update()
{
//H_AUTO(R2_CDisplayerVisualActivitySequence_update)
if (!_Active) return;
if (!_Touched) return;
_Touched = false;
CObjectTable *activities = getProps().toTable("Components");
if (!activities)
{
clear();
return;
}
// get first world object parent to get start position
nlassert(getDisplayedInstance());
CInstance *prevZone = NULL;
CDisplayerVisual *prevDV = getParentDV();
if (!prevDV)
{
clear();
return;
}
//
clear(false);
//
for(uint k = 0; k < activities->getSize(); ++k)
{
// search next zone of activity
CObjectTable *activity = activities->getValue(k)->toTable();
if (!activity) continue;
std::string activityStr = getString(activity, "Activity");
if (activityStr == "Stand Still" || activityStr == "Inactive") continue;
//
CInstance *nextZone = NULL;
std::string zoneId = getString(activity, "ActivityZoneId");
//
if (!zoneId.empty())
{
_ObserverHandles.push_back(getEditor().addInstanceObserver(zoneId, this));
nextZone = getEditor().getInstanceFromId(zoneId);
}
if (!nextZone) break;
CDisplayerVisual *nextDV = nextZone->getDisplayerVisual();
if (!nextDV) break;
_TraversedPrimInfos.push_back(CTraversedPrimInfo());
_TraversedPrimInfos.back().PrimDisplay = nextDV;
_TraversedPrimInfos.back().Visible = nextDV->getActualDisplayMode() != DisplayModeHidden;
CWorldPosCache wpc;
wpc.DV = nextDV;
wpc.WorldPos2f = nextDV->getWorldPos2f();
_WPCache.push_back(wpc);
if (nextDV->getActualDisplayMode() != DisplayModeHidden
&& prevDV->getActualDisplayMode() != DisplayModeHidden)
{
// special case for regions
if (nextZone->isKindOf("Region"))
{
// first case : previous zone is not a region
if (!prevZone || !prevZone->isKindOf("Region"))
{
// search shortest distance bewteen last pos and the region
CVector entryPos;
if (nextDV->evalEnterPoint(prevDV->evalExitPoint(), entryPos))
{
addFootSteps(CLine(prevDV->evalExitPoint(), entryPos));
}
else
{
addWanderSteps(prevDV->evalExitPoint());
}
}
else
{
// region-region footsteps
// just use the couple of vertices for which the distance is the smallest
static std::vector<CVector2f> r0;
static std::vector<CVector2f> r1;
prevDV->getSonsWorldPos2f(r0);
nextDV->getSonsWorldPos2f(r1);
if (!r0.empty() && !r1.empty())
{
CVector2f p0(0.f, 0.f), p1(0.f, 0.f);
float bestDist = FLT_MAX;
for(uint k = 0; k < r0.size(); ++k)
{
for(uint l = 0; l < r0.size(); ++l)
{
float dist = (r0[k] - r1[l]).norm();
if (dist <bestDist)
{
bestDist = dist;
p0 = r0[k];
p1 = r1[l];
}
}
}
nlassert(bestDist != FLT_MAX);
addFootSteps(CLine(p0.asVector(), p1.asVector()));
}
}
}
else
{
// special case if prev zone is a region
if (prevZone && prevZone->isKindOf("Region"))
{
// search shortest distance bewteen last pos and the region
CVector entryPos;
if (prevDV->evalEnterPoint(nextDV->evalLinkPoint(), entryPos))
{
addFootSteps(CLine(entryPos, nextDV->evalLinkPoint()));
}
else
{
addWanderSteps(nextDV->evalLinkPoint());
}
}
else
{
// simple footsteps between last & new pos
addFootSteps(CLine(prevDV->evalExitPoint(), nextDV->evalLinkPoint()));
}
}
}
prevDV = nextDV;
prevZone = nextZone;
}
//
CGroupMap *gm = CTool::getWorldMap();
if (!_AddedToWorldMap && gm)
{
gm->addDeco(this);
}
if (_AddedToWorldMap)
{
setWorldMapNumEdges((uint)_FootSteps.size());
nlassert(gm);
onUpdate(*gm);
}
}
// ***************************************************************************
void CScene::endPartRender(bool keepTrav)
{
nlassert(_IsRendering);
_IsRendering = false;
if (!keepTrav)
{
// Delete model deleted during the rendering
uint i;
for (i=0; i<_ToDelete.size(); i++)
deleteModel (_ToDelete[i]);
_ToDelete.clear ();
// Special for SkeletonSpawnScript animation. create models spawned now
flushSSSModelRequests();
// Particle system handling (remove the resources of those which are too far, as their clusters may not have been parsed).
// Note that only a few of them are tested at each call
_ParticleSystemManager.refreshModels(ClipTrav.WorldFrustumPyramid, ClipTrav.CamPos);
// Waiting Instance handling
double deltaT = _DeltaSystemTimeBetweenRender;
clamp (deltaT, 0.01, 0.1);
updateWaitingInstances(deltaT);
}
// Reset profiling
_NextRenderProfile= false;
IDriver *drv = getDriver();
drv->activeVertexProgram(NULL);
drv->activePixelProgram(NULL);
drv->activeGeometryProgram(NULL);
// Ensure nothing animates on subsequent renders
_EllapsedTime = 0.f;
/*
uint64 total = PSStatsRegisterPSModelObserver +
PSStatsRemovePSModelObserver +
PSStatsUpdateOpacityInfos +
PSStatsUpdateLightingInfos +
PSStatsGetAABBox +
PSStatsReallocRsc +
PSStatsReleasePSPointer +
PSStatsRefreshRscDeletion +
PSStatsReleaseRsc +
PSStatsReleaseRscAndInvalidate +
PSStatsGetNumTriangles +
PSStatsCheckAgainstPyramid +
PSStatsTraverseAnimDetail +
PSStatsDoAnimate +
PSStatsTraverseRender +
PSStatsTraverseClip +
PSStatsCheckDestroyCondition +
PSStatsForceInstanciate +
PSStatsDoAnimatePart1 +
PSStatsDoAnimatePart2 +
PSStatsDoAnimatePart3 +
PSStatsTraverseAnimDetailPart1 +
PSStatsTraverseAnimDetailPart2 +
PSStatsTraverseAnimDetailPart3 +
PSStatsTraverseAnimDetailPart4 +
PSAnim1 +
PSAnim2+
PSAnim3+
PSAnim4+
PSAnim5+
PSAnim6+
PSAnim7+
PSAnim8+
PSAnim9+
PSAnim10+
PSAnim11;
if (((double) total / (double) NLMISC::CSystemInfo::getProcessorFrequency()) > 0.01)
{
nlinfo("***** PS STATS ****");
#define PS_STATS(var) \
nlinfo("time for " #var " = %.2f", (float) (1000 * ((double) var / (double) CSystemInfo::getProcessorFrequency())));
PS_STATS(PSStatsRegisterPSModelObserver)
PS_STATS(PSStatsRemovePSModelObserver)
PS_STATS(PSStatsUpdateOpacityInfos)
PS_STATS(PSStatsUpdateLightingInfos)
PS_STATS(PSStatsGetAABBox)
PS_STATS(PSStatsReallocRsc)
PS_STATS(PSStatsReleasePSPointer)
PS_STATS(PSStatsRefreshRscDeletion)
PS_STATS(PSStatsReleaseRsc)
PS_STATS(PSStatsReleaseRscAndInvalidate)
PS_STATS(PSStatsGetNumTriangles)
PS_STATS(PSStatsCheckAgainstPyramid)
PS_STATS(PSStatsTraverseAnimDetail)
PS_STATS(PSStatsDoAnimate)
PS_STATS(PSStatsTraverseRender)
PS_STATS(PSStatsTraverseClip)
PS_STATS(PSStatsClipSystemInstanciated);
PS_STATS(PSStatsClipSystemNotInstanciated);
PS_STATS(PSStatsClipSystemCheckAgainstPyramid);
PS_STATS(PSStatsInsertInVisibleList);
PS_STATS(PSStatsCheckDestroyCondition)
PS_STATS(PSStatsForceInstanciate)
PS_STATS(PSStatsDoAnimatePart1)
PS_STATS(PSStatsDoAnimatePart2)
PS_STATS(PSStatsDoAnimatePart3)
PS_STATS(PSStatsTraverseAnimDetailPart1)
PS_STATS(PSStatsTraverseAnimDetailPart2)
PS_STATS(PSStatsTraverseAnimDetailPart3)
PS_STATS(PSStatsTraverseAnimDetailPart4)
PS_STATS(PSAnim1)
PS_STATS(PSAnim2)
PS_STATS(PSAnim3)
PS_STATS(PSAnim4)
PS_STATS(PSAnim5)
PS_STATS(PSAnim6)
PS_STATS(PSAnim7)
PS_STATS(PSAnim8)
PS_STATS(PSAnim9)
PS_STATS(PSAnim10)
PS_STATS(PSAnim11)
PS_STATS(PSStatsZonePlane)
PS_STATS(PSStatsZoneSphere)
PS_STATS(PSStatsZoneDisc)
PS_STATS(PSStatsZoneRectangle)
PS_STATS(PSStatsZoneCylinder)
PS_STATS(PSMotion1)
PS_STATS(PSMotion2)
PS_STATS(PSMotion3)
PS_STATS(PSMotion4)
PS_STATS(PSStatCollision)
PS_STATS(PSStatEmit)
PS_STATS(PSStatRender)
nlinfo("num do animate = %d", (int) PSStatsNumDoAnimateCalls);
nlinfo("Max et = %.2f", PSMaxET);
nlinfo("Max ps nb pass = %d", (int) PSMaxNBPass);
PS_STATS(total)
}
PSStatsRegisterPSModelObserver = 0;
PSStatsRemovePSModelObserver = 0;
PSStatsUpdateOpacityInfos = 0;
PSStatsUpdateLightingInfos = 0;
PSStatsGetAABBox = 0;
PSStatsReallocRsc = 0;
PSStatsReleasePSPointer = 0;
PSStatsRefreshRscDeletion = 0;
PSStatsReleaseRsc = 0;
PSStatsReleaseRscAndInvalidate = 0;
PSStatsGetNumTriangles = 0;
PSStatsCheckAgainstPyramid = 0;
PSStatsTraverseAnimDetail = 0;
PSStatsDoAnimate = 0;
PSStatsTraverseRender = 0;
PSStatsTraverseClip = 0;
PSStatsCheckDestroyCondition = 0;
PSStatsForceInstanciate = 0;
PSStatsClipSystemInstanciated = 0;
PSStatsClipSystemNotInstanciated = 0;
PSStatsClipSystemCheckAgainstPyramid = 0;
PSStatsInsertInVisibleList = 0;
PSStatsDoAnimatePart1 = 0;
PSStatsDoAnimatePart2 = 0;
PSStatsDoAnimatePart3 = 0;
PSStatsTraverseAnimDetailPart1 = 0;
PSStatsTraverseAnimDetailPart2 = 0;
PSStatsTraverseAnimDetailPart3 = 0;
PSStatsTraverseAnimDetailPart4 = 0;
PSStatsNumDoAnimateCalls = 0;
PSAnim1 = 0;
PSAnim2 = 0;
PSAnim3 = 0;
PSAnim4 = 0;
PSAnim5 = 0;
PSAnim6 = 0;
PSAnim7 = 0;
PSAnim8 = 0;
PSAnim9 = 0;
PSAnim10 = 0;
PSAnim11 = 0;
PSMaxET = 0.f;
PSMaxNBPass = 0;
PSStatsZonePlane = 0;
PSStatsZoneSphere = 0;
PSStatsZoneDisc = 0;
PSStatsZoneRectangle = 0;
PSStatsZoneCylinder = 0;
PSMotion1 = 0;
PSMotion2 = 0;
PSMotion3 = 0;
PSMotion4 = 0;
PSStatCollision = 0;
PSStatEmit = 0;
PSStatRender = 0;
*/
}
// ***************************************************************************
void CScene::renderPart(UScene::TRenderPart rp, bool doHrcPass, bool doTrav, bool keepTrav)
{
nlassert(_IsRendering);
// if nothing (????), abort
if(rp==UScene::RenderNothing)
return;
// If part asked already rendered, abort
nlassert((rp & _RenderedPart) == 0); // cannot render the same part twice during a render
// if first part to be rendered, do the start stuff
if (_RenderedPart == UScene::RenderNothing)
{
RenderTrav.clearWaterModelList();
if (doTrav)
{
// update water envmap
//updateWaterEnvmap();
_FirstFlare = NULL;
double fNewGlobalSystemTime = NLMISC::CTime::ticksToSecond(NLMISC::CTime::getPerformanceTime());
if(_GlobalSystemTime==0)
_DeltaSystemTimeBetweenRender= 0.020;
else
_DeltaSystemTimeBetweenRender= fNewGlobalSystemTime - _GlobalSystemTime;
_GlobalSystemTime = fNewGlobalSystemTime;
}
//
++ _NumRender;
//
nlassert(CurrentCamera);
// update models.
updateModels();
// Use the camera to setup Clip / Render pass.
float left, right, bottom, top, znear, zfar;
CurrentCamera->getFrustum(left, right, bottom, top, znear, zfar);
// setup basic camera.
ClipTrav.setFrustum(left, right, bottom, top, znear, zfar, CurrentCamera->isPerspective());
RenderTrav.setFrustum (left, right, bottom, top, znear, zfar, CurrentCamera->isPerspective());
RenderTrav.setViewport (_Viewport);
LoadBalancingTrav.setFrustum (left, right, bottom, top, znear, zfar, CurrentCamera->isPerspective());
// Set Infos for cliptrav.
ClipTrav.Camera = CurrentCamera;
ClipTrav.setQuadGridClipManager (_QuadGridClipManager);
// **** For all render traversals, traverse them (except the Hrc one), in ascending order.
if( doHrcPass )
HrcTrav.traverse();
else
HrcTrav._MovingObjects.clear();
// Set Cam World Matrix for all trav that need it
ClipTrav.setCamMatrix(CurrentCamera->getWorldMatrix());
RenderTrav.setCamMatrix (CurrentCamera->getWorldMatrix());
LoadBalancingTrav.setCamMatrix (CurrentCamera->getWorldMatrix());
// clip
ClipTrav.traverse();
// animDetail
AnimDetailTrav.traverse();
// loadBalance
LoadBalancingTrav.traverse();
if (doTrav)
{
//
if (_RequestParticlesAnimate)
{
_ParticleSystemManager.processAnimate(_EllapsedTime); // deals with permanently animated particle systems
_RequestParticlesAnimate = false;
}
}
// Light
LightTrav.traverse();
}
// render
RenderTrav.traverse(rp, (_RenderedPart == UScene::RenderNothing), doTrav);
if (!keepTrav)
{
// Always must clear shadow caster (if render did not work because of IDriver::isLost())
RenderTrav.getShadowMapManager().clearAllShadowCasters();
}
// render flare
if (rp & UScene::RenderFlare)
{
if (doTrav)
{
if (_FirstFlare)
{
IDriver *drv = getDriver();
CFlareModel::updateOcclusionQueryBegin(drv);
CFlareModel *currFlare = _FirstFlare;
do
{
currFlare->updateOcclusionQuery(drv);
currFlare = currFlare->Next;
}
while(currFlare);
CFlareModel::updateOcclusionQueryEnd(drv);
}
}
else
{
_FirstFlare = NULL;
}
}
_RenderedPart = (UScene::TRenderPart) (_RenderedPart | rp);
}
// ***************************************************************************
void CScene::unregisterShadowCasterToList(CTransform *sc)
{
nlassert(sc);
_ShadowCasterList.erase(sc->_ItShadowCasterInScene);
}
// ***************************************************************************
void CScene::registerShadowCasterToList(CTransform *sc)
{
nlassert(sc);
_ShadowCasterList.push_front(sc);
sc->_ItShadowCasterInScene= _ShadowCasterList.begin();
}
// ***************************************************************************
void CScene::addInstanceGroupForLightAnimation(CInstanceGroup *ig)
{
nlassert( ig );
nlassert( _AnimatedIgSet.find(ig) == _AnimatedIgSet.end() );
_AnimatedIgSet.insert(ig);
}
/// Play
void CSimpleSource::play()
{
// nldebug("CSimpleSource %p : play", this);
CAudioMixerUser *mixer = CAudioMixerUser::instance();
// -- Some test to check if we can play the source
// Check if sample buffer is available and if the sound source is not too far
if (_SimpleSound->getBuffer() == 0
|| !_SimpleSound->getBuffer()->isBufferLoaded()
//|| (mixer->getListenPosVector() - _Position).sqrnorm() > _SimpleSound->getMaxDistance() * _SimpleSound->getMaxDistance())
|| (_RelativeMode ? getPos().sqrnorm() : (mixer->getListenPosVector() - getPos()).sqrnorm()) > _SimpleSound->getMaxDistance() * _SimpleSound->getMaxDistance())
{
// The sample buffer is not available, don't play (we don't know the length)
_WaitingForPlay = false;
if (_Spawn)
{
if (_SpawnEndCb != 0)
_SpawnEndCb(this, _CbUserParam);
delete this;
}
// nldebug("CSimpleSource %p : play FAILED !", (CAudioMixerUser::IMixerEvent*)this);
return;
}
// -- Here we can play the source, either in a real track or as a muted source.
// Try to obtain a track
if (!hasPhysicalSource())
initPhysicalSource();
if (hasPhysicalSource())
{
ISource *pSource = getPhysicalSource();
nlassert(pSource != NULL);
// ok, we have a track to realy play, fill the data into the track
pSource->setStaticBuffer(_SimpleSound->getBuffer());
// pSource->setPos( _Position, false);
pSource->setPos(getVirtualPos(), false);
if (!_SimpleSound->getBuffer()->isStereo())
{
pSource->setMinMaxDistances(_SimpleSound->getMinDistance(), _SimpleSound->getMaxDistance(), false);
setDirection(_Direction); // because there is a workaround inside
pSource->setVelocity(_Velocity);
}
pSource->setGain(getFinalGain());
pSource->setSourceRelativeMode(_RelativeMode);
pSource->setLooping(_Looping);
pSource->setPitch(_Pitch);
pSource->setAlpha(_Alpha);
// and play the sound
bool play = pSource->play();
#ifdef NL_DEBUG
nlassert(play);
#else
if (!play)
nlwarning("Failed to play physical sound source. This is a serious error");
#endif
// nldebug("CSimpleSource %p : REAL play done", (CAudioMixerUser::IMixerEvent*)this);
}
else
{
if (_Priority == HighestPri)
{
// This sound is not discardable, add it in waiting playlist
mixer->addSourceWaitingForPlay(this);
_WaitingForPlay = true;
return;
}
// there is no available track, just do a 'muted' play
mixer->addEvent(this, CTime::getLocalTime() + _SimpleSound->getDuration());
_PlayMuted = true;
mixer->incPlayingSourceMuted();
// nldebug("CSimpleSource %p : MUTED play done", (CAudioMixerUser::IMixerEvent*)this);
}
CSourceCommon::play();
_WaitingForPlay = false;
}
//*********************************************************************************************************
void CInstanceMapDeco::onPreRender(CGroupMap &groupMap)
{
//H_AUTO(R2_CInstanceMapDeco_onPreRender)
if (!_Active) return;
nlassert(_Instance);
if (_GlowStarActive)
{
if (_GlowStar[0])
{
// draw glowing stars on the edge to signal position well
for(uint k = 0; k < 2; ++k)
{
_GlowStar[k]->setActive(true);
_GlowStar[k]->setQuad(_GlowStarPos, CV_MapGlowStarSize.get(), (float) (CV_MapGlowStarSpeed[k].get() * 0.001 * (double) T1));
_GlowStar[k]->updateCoords();
}
}
}
//
if (_Orient)
{
bool closeView = groupMap.getMeterPerPixel() < CV_MapEntityCloseDist.get();
CDisplayerVisual *vd = _Instance->getDisplayerVisual();
if (vd)
{
if (_LastCloseView!= closeView)
{
_OrientBlendFactor = closeView ? 0.5f : 0.f;
}
if (vd->getRotateInProgress())
{
_OrientBlendFactor = 1.f;
}
else
{
// fade to default alpha
NLMISC::incrementalBlend(_OrientBlendFactor, closeView ? 0.5f : 0.f, DT * 1000.f / favoid0(CV_MapEntityOrientBlendTimeInMs.get()));
}
}
else
{
_OrientBlendFactor = 0.f;
}
if (_OrientBlendFactor == 0.f)
{
_Orient->setActive(false);
}
else
{
_Orient->setActive(true);
_Orient->setColorRGBA(CRGBA(255, 255, 255, (uint8) (255 * _OrientBlendFactor)));
CVector2f worldPos = getWorldPos();
sint32 x;
sint32 y;
groupMap.worldToWindowSnapped(x, y, getWorldPos());
_Orient->setQuad(CV_MapEntityOrientTexture.get(), CVector((float) x, (float) y, 0.f), vd->getAngle(), closeView ? CV_MapEntityOrientOriginDist.get() : CV_MapEntityOrientOriginDistSmall.get());
_Orient->updateCoords();
}
_LastCloseView = closeView;
}
if (_OverInvalid->getActive())
{
_OverInvalid->setColorRGBA(CTool::getInvalidPosColor());
}
}
// ****************************************************************************
bool CStaticStringMapper::isAdded(const std::string &str) const
{
nlassert(!_MemoryCompressed);
return _TempStringTable.count(str) != 0;
}
// *********************************************************************************************************
void CDisplayerVisualActivitySequence::onPostRender()
{
//H_AUTO(R2_CDisplayerVisualActivitySequence_onPostRender)
CDisplayerVisual *entityDV = getParentDV();
CDisplayerVisual *groupDV = getPossibleGroupDV(entityDV);
if (!isVisible(groupDV, entityDV))
{
removeFromWorldMap();
return;
}
//
TSequenceState state = Hidden;
// if this activity sequence is not the selected one in its parent then it is hidden
updateState(state, groupDV);
// if current selection is a son of the group...
static std::vector<CDisplayerVisual *> groupSons;
groupDV->getSons(groupSons);
for(uint k = 0; k < groupSons.size(); ++k)
{
nlassert(groupSons[k]);
updateState(state, groupSons[k]);
}
// if one of the route is selected or highlighted
CObjectTable *activities = getProps().toTable("Components");
if (!activities)
{
removeFromWorldMap();
return;
}
// get first world object parent to get start position
for(uint k = 0; k < activities->getSize(); ++k)
{
// search next zone of activity
CObjectTable *activity = activities->getValue(k)->toTable();
if (!activity) continue;
std::string zoneId = getString(activity, "ActivityZoneId");
if (zoneId.empty()) continue;
std::string activityStr = getString(activity, "Activity");
if (activityStr == "Stand Still" || activityStr == "Inactive") continue;
CInstance *zone = getEditor().getInstanceFromId(zoneId);
if (!zone) continue;
CDisplayerVisual *dv = zone->getDisplayerVisual();
if (!dv) continue;
updateState(state, dv);
static std::vector<CDisplayerVisual *> vertices;
dv->getSons(vertices);
for (uint l = 0; l < vertices.size(); ++l)
{
nlassert(vertices[l]);
updateState(state, vertices[l]);
}
}
//
if (state != Hidden && entityDV)
{
// see if this sequence is the selected one
sint index = entityDV->getDisplayedInstance()->getSelectedSequence();
CObject *sequences = getProps().getParent(); // see what is my index in the sequences list of my parent
if (sequences)
{
clamp(index, (sint) 0, (sint) sequences->getSize() - 1);
if (index != sequences->findIndex(&getProps()))
{
state = Hidden; // not the current selected sequence
}
}
}
//
_DecalColor = CV_FootStepDecalSelectedColor.get();
CRGBA mapColor = CV_FootStepMapSelectedColor.get();
switch(state)
{
case Hidden:
_DecalColor = CV_FootStepDecalHiddenColor.get();
mapColor = CV_FootStepMapHiddenColor.get();
break;
case HasFocus:
_DecalColor = CV_FootStepDecalFocusedColor.get();
mapColor = CV_FootStepMapFocusedColor.get();
break;
default:
break;
}
for(uint k = 0; k < _WPCache.size(); ++k)
{
if (_WPCache[k].DV)
{
if (_WPCache[k].DV->getWorldPos2f() != _WPCache[k].WorldPos2f)
{
touch();
break;
}
}
}
update();
if (_AddedToWorldMap)
{
setWorldMapColor(mapColor);
}
}
